high-viscosity liquid core surrounded by a laminar low-viscosity liquid annular layer through a vertical pipe. The numerical results are compared with theoretical results from linear stability calculations and with experimental data. The comparison is good and the general conclusion of our study is that it is very well possible to simulate laminar core-annular flow in a pipe using the volume-of-fluid method.Process and EnergyMechanical, Maritime and Materials Engineerin
Solutions for concentric core-annular laminar flows of Newtonian/non-Newtonian shear-thinning fluids...
A numerical study has been made of horizontal core-annular flow: the flow of a high-viscosity liquid...
A numerical study (taking into account inertial -, viscous - and pressure forces) has been made of e...
high-viscosity liquid core surrounded by a laminar low-viscosity liquid annular layer through a vert...
A numerical study, using the volume-of-fluid method, has been made of vertical (upward) core-annular...
A study has been performed on the effects of the viscosity of the liquid in the core of core annular...
A theoretical investigation has been made of core-annular flow: the flow of a high-viscosity liquid ...
A theoretical investigation has been made of core-annular flow: the flow of a high-viscosity liquid ...
The transport of highly-viscous oil in the core-annular flow regime in a horizontal pipe is investig...
The annular flow pattern of two immiscible liquids having very different viscosities in a horizontal...
A numerical study, using the volume-of-fluid method, has been made of laminar core-annular flow in a...
An experimental and numerical study has been made of oil-water core-annular flow in a horizontal pip...
A numerical study has been made of horizontal core-annular flow: the flow of a high-viscosity liquid...
In this work, we investigate Core Annular Flow (CAF) using computational techniques for the case in ...
AbstractIn this work, we investigate Core Annular Flow (CAF) using computational techniques for the ...
Solutions for concentric core-annular laminar flows of Newtonian/non-Newtonian shear-thinning fluids...
A numerical study has been made of horizontal core-annular flow: the flow of a high-viscosity liquid...
A numerical study (taking into account inertial -, viscous - and pressure forces) has been made of e...
high-viscosity liquid core surrounded by a laminar low-viscosity liquid annular layer through a vert...
A numerical study, using the volume-of-fluid method, has been made of vertical (upward) core-annular...
A study has been performed on the effects of the viscosity of the liquid in the core of core annular...
A theoretical investigation has been made of core-annular flow: the flow of a high-viscosity liquid ...
A theoretical investigation has been made of core-annular flow: the flow of a high-viscosity liquid ...
The transport of highly-viscous oil in the core-annular flow regime in a horizontal pipe is investig...
The annular flow pattern of two immiscible liquids having very different viscosities in a horizontal...
A numerical study, using the volume-of-fluid method, has been made of laminar core-annular flow in a...
An experimental and numerical study has been made of oil-water core-annular flow in a horizontal pip...
A numerical study has been made of horizontal core-annular flow: the flow of a high-viscosity liquid...
In this work, we investigate Core Annular Flow (CAF) using computational techniques for the case in ...
AbstractIn this work, we investigate Core Annular Flow (CAF) using computational techniques for the ...
Solutions for concentric core-annular laminar flows of Newtonian/non-Newtonian shear-thinning fluids...
A numerical study has been made of horizontal core-annular flow: the flow of a high-viscosity liquid...
A numerical study (taking into account inertial -, viscous - and pressure forces) has been made of e...